A novel UWB compact elliptical-patch antenna for
early detection of breast cancer in women with high mammographic density

Khan, Amber; Mainuddin,; Uddin, Moin; Vasisht, Parikshit

doi:10.1504/ijmei.2020.10033528

Cited by 1 publication

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“…These investigations open new door of opportunities for medical image reconstruction in combination of Dielectric Resonators. Various designs on BAVA (Balanced Antipodal Vivaldi antennas and arrays [25][26][27][28], Slot antennas and arrays [29][30][31][32][33][34], TWTLTA (Travelling Wave Tapered and Loaded Transmission Line Antennas [35,36], Metamaterial based microstrip patch antenna [37] have been proposed in literature hitherto. Currently DRA is emerging as an efficient and viable replacement of the patch antennas [38,39].…”

Section: Introductionmentioning

confidence: 99%

A Novel RDRA for Primitive Detection of Breast Cancer in Women for Varying Mammographic Densities

Vasisht

Sharma

Ranjan

et al. 2021

Preprint

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Demand for efficient sensors have increased due to evolution of 5 G and IoT technologies. Sensors are labelled as prominent tools to analyze biological and physiological parameters of breast cancer patients for prognosis and diagnostic purposes. Currently, wide band radio frequency sensor based technology is gaining momentum for primitive stage breast cancer detection. In this research work, a RDRA is proposed as key sensor part which leads to design of smart data acquisition system. Rectangular DRA resonates for a frequency range of 2.9-4.7 GHz (48% Impedance bandwidth) which lies in the Lower European frequency band. Peak gain of 4dB is obtained through proposed antenna. High radiation efficiency, compact size of the antenna makes it perfectly suitable to be employed as a sensor for early breast cancer detection. Proposed antenna can be integrated with wide band wireless communication for Wi-Fi and LTE communication and Wireless Body Area Networks (WBAN) applications as well.

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